Trace the conic π₯2 - 2xy + y2 -3x + 2y + 3 = 0
Find the equation of the line which is perpendicular to 4π¦=5π₯β8 and passing through (2,3).
π΄(1,β2) is a point on the circle (π₯β3)2+ (π¦+1)2= 5
a. State the coordinates of the centre of the circle and hence find the coordinates of the point π΅ where π΄π΅ is the diameter of the circle.
b. πΆ(2,1) also lies on the circle. Use coordinate geometry to verify that angle π΄πΆπ΅ = 900
in the triangle ABC having vertices at A(-2,5), B(6,1) and C(-2,-3), find the length of the median from vertex B to side AC.
a. The points π΄,π΅ and πΆ have co-ordinates (β1,2),(1,1) and (2,3) respectively. Sketch the triangle π΄π΅πΆ .By calculating the lengths of the sides of this triangle, determine if it is scalene, isosceles, or equilateral.
b. Find the distance ππ΅, where π is the midpoint of π΄πΆ, and hence find the area of the triangle π΄π΅πΆ.
a. The points π΄,π΅ and πΆ have co-ordinates (β1,2),(1,1) and (2,3) respectively. Sketch the triangle π΄π΅πΆ. By calculating the lengths of the sides of this triangle, determine if it is scalene, isosceles, or equilateral.
The line joining the point π΄ (4,6) π‘π π΅ (π,β3) has a gradient of 3. Find the value of π.
π and π are the points (3,1) and (β2,β9) respectively. Calculate:
a. The distance ππ
b. The midpoint of the line joining π to π
c. The gradient of the line ππ
d. The gradient of a line perpendicular to ππ
Find the equation of tangent plane to the conicoid π₯2 + 3π¦2 = 4π§ at (2, β4, 13). Represent the tangent plane geometrically.